Derivatives
First Derivatives
Second Derivatives
Mean Value Theorem
Random
100
3x^2
6x
100
Find the Critical Points of the function: y = −x^3+ 2x^2+ 2
Critical points at: x = 0, 4/3
100
y = x^3 − 3x^2 + 4
Concave up: (1, ∞) Concave down: (−∞, 1)
100
x^2 - 5x + 7 on the interval [-1,3]
x=1
100
Which two people are known as the creators of Calculus?
Isaac Newton Gottfried Leibniz
200
5x^4 + 7x + 6
20x^3 + 7
200
Find the Critical Values of the function: y = x^3 − 11x^2 + 39x − 47
Critical points at: x = 3, 13/3
200
y = x^3 − 2x^2 − 2
Concave up: (2/3, ∞) Concave down: (−∞,2/3)
200
x^3 - 6x^2 + 9x + 2 on the interval [0,4]
x= 3.154700539 and x= .845299461
200
Name 3 of Fetty Wap's songs
Answers include: Trap Queen 679 My Way RGF Island Cake Team (if you know more than what's listed here there's something wrong with you)
300
e^5x
5e^5x
300
Find where the function: y = −x^4 + 3x^2− 3 is increasing and decreasing
Increasing: (−∞, √3/2) , (0, √3/2) Decreasing: (-√3/2, 0) , (√3/2, ∞)
300
y = x^4 + x^3 − 3x^2+ 1
Concave up: (−∞, −1), (1/2, ∞) Concave down: (−1,1/2)
300
f(x)= x^4 - 16x^2 + 2 on the interval [-1,3] Find the value of c
x = 0.3819660113 and 2.618033989.
300
Which team was the winner of the 1990 NBA finals?
Detroit Pistons
400
5cosx - sinx + 30x^5
-5sinx-cos+150x^4
400
y =3x^2− 3x^3 Find CP, Intervals Increasing/Decreasing, AND Discontinuities (if any).
Critical points at: x = − 3, 3 Discontinuity at: x = 0 Increasing: (− 3, 0), (0, 3) Decreasing: (−∞, − 3), ( 3, ∞)
400
y = (−x^3)/(x^2 − 4) Concavity AND Point of Inflection
Concave up: (−∞, −2), (0, 2) Concave down: (−2, 0), (2, ∞) Inflection point at: x = 0
400
f(z)= z^3 - 8z^2 + 7z - 2 on the interval [2,5]
(2+√79)/3
400
Name the 4 most commonly spoken languages in the world in order. (1-4)
1. Chinese 1,197,000,000 2. Spanish 414,000,000 3. English 335,000,000 4. Hindi 260,000,000
500
9cscx + 14tanx^3 - 4cotx^6 + 3668298279
−9⋅cot(x)⋅csc(x)+42⋅(sec(x))^2⋅(tan(x))^2+24⋅(cot(x))^5⋅ (csc(x))^2
500
y = −1/5(x − 4)^(5/3)− 2(x − 4)^2/3 − 1 CP, Increasing/Decreasing, Discontinuities (if any)
Critical points at: x = 0, 4 No discontinuities exist. Increasing: (0, 4) Decreasing: (−∞, 0), (4, ∞)
500
y = (−3/16)(x − 1)^(4/3) −(3/2)(x − 1)^(1/3) + 2 Concavity AND Point of Inflection
Concave up: (1, 5) Concave down: (−∞, 1), (5, ∞) Inflection points at: x = 1, 5
500
f(x)=ln(x^2 + 2x + 4) on the interval [-4,3]
x = -0.9012084345
500
In which phase of meiosis does crossing over occur?
Prophase I
M
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